Data Center Power Solution
Lithium Titanate Energy Storage System
Redefining Edge Computing Power Infrastructure
24/7 uninterrupted power supply for enterprise server rooms, edge computing and distributed sites. Long lifespan, wide temperature tolerance, low maintenance, with integrated backup power and solar-storage expansion.
Challenges
Traditional Power Solutions
Struggle with Edge Scenarios
With a large number of widely distributed sites operating in complex environments, the traditional UPS + lead-acid battery model faces structural bottlenecks in lifespan, environmental adaptability and maintenance efficiency.
Unstable Grid Quality
Remote sites suffer from severe grid fluctuations and frequent outages. Slow response of traditional batteries often leads to equipment downtime and critical data loss, putting business continuity at risk.
High Total Lifecycle Cost
Lead-acid batteries have short cycle life and accelerated degradation under high temperatures, requiring full replacement every 3–5 years. Frequent procurement, construction and downtime incur substantial hidden costs.
Difficult Maintenance for Distributed Sites
Widely scattered sites result in high manual inspection costs and slow response. Opaque battery status leads to delayed fault detection, and the reactive repair mode lacks reliability.
Poor Adaptability to Extreme Environments
Outdoor sites face wide temperature variations and lack precision air conditioning. Traditional batteries suffer significant performance degradation at extreme temperatures and cannot operate stably long-term in harsh heat or cold.
Lithium Titanate Battery Pack
- · ≥20,000 cycles, 10+ year service life
- · Stable operation from -40°C to 60°C
- · High-rate discharge, millisecond-level response
- · Intelligent BMS with cell-level monitoring
Intelligent Charge-Discharge Control Unit
- · High-efficiency MPPT, ≥98% conversion rate
- · Seamless grid / storage switching
- · Multiple electrical protection mechanisms
- · Native support for solar PV expansion
IoT Cloud Management Platform Optional
- · Real-time remote status monitoring
- · Automatic fault warning and alerting
- · Unified multi-site management
- · Operation data statistics and analysis
Integrated Protective Cabinet
- · Indoor / outdoor form factors available
- · IP65 dust, water and corrosion resistance
- · Integrated lightning, temperature and fire protection
- · Flexible installation compatibility
System Composition
All-in-One Integration
Plug and Play
Pre-assembled and tested at the factory for rapid on-site deployment. Fully integrated with core storage, control and protection functions, with optional IoT management module to fit all types of server rooms and outdoor sites.
Core Advantages
Six Core Values
Leveraging lithium titanate material properties and engineering expertise to solve edge power supply pain points
Ultra-Reliable Zero-Interruption Power
Millisecond-level switch response, completely unnoticeable during grid flickers. High-rate discharge ensures stable server and network operation with no data loss or downtime.
Ultra-Long Lifespan Reduces Total Cost
Cycle life is over 10x that of traditional lead-acid batteries. No full replacement needed for 10 years under normal use, cutting later procurement and construction costs, reducing total TCO by over 40%.
Remote Maintenance, Unattended Operation Optional
IoT platform monitors full system status in real time with automatic fault alerts. Unified cloud management of multiple sites eliminates frequent manual inspections, ideal for distributed deployments.
Wide Temperature Tolerance for Harsh Environments
Stable operation across -40°C to 60°C without precision air conditioning. High outdoor protection rating adapts to high temperature, extreme cold, high humidity and other complex environments.
Intrinsically Safe, No Thermal Runaway Risk
Lithium titanate has exceptional thermal stability: no decomposition or ignition above 800°C. Eliminates thermal runaway at the material root, combined with multiple electrical protections for greater safety.
Integrated Solar-Storage, Off-Grid Capable
Seamlessly expandable with solar PV to form an integrated solar-storage system. Enables independent power supply for remote off-grid sites, leveraging proven off-grid power technology advantages.
Comparison
Horizontal Comparison of Mainstream Backup Solutions
Based on 10kW load, 2-hour backup, 8-year service cycle — comprehensive capability comparison of three solutions
| Comparison Dimension | Traditional UPS + Lead-Acid | Standard LFP UPS | Lithium Titanate Solution |
|---|---|---|---|
| Cycle Service Life | 1,000 ~ 2,000 cycles | 4,000 ~ 6,000 cycles | ≥20,000 cycles |
| Replacements in 8 Years | 2 times | 1 time | 0 times |
| Switch Response Time | 2 ~ 10ms | ＜5ms | ＜1ms zero flicker |
| Operating Temperature | 0°C ~ 40°C | -20°C ~ 55°C | -40°C ~ 60°C |
| IoT Remote Management | Basic alerts only | Partial support | Full-link optional |
| PV Expansion Capability | Not supported | Requires extra configuration | Native support |
| Safety Level | Average, leakage risk | Good, requires thermal control | Excellent, intrinsically safe |
| 8-Year Total TCO | 100% (baseline) | 90% | ~60% |
Application Scenarios
Covering Small-Medium Computing
and Telecom Deployment Scenarios
Targeted configuration solutions based on power capacity, environmental conditions and maintenance requirements of each scenario, balancing standardized delivery and customized adaptation.
Small & Medium Enterprise Server Rooms
10kW~500kW in-house server rooms and office data closets. Replaces traditional UPS to improve reliability and reduce maintenance costs.
Edge Computing Nodes
Edge computing nodes in parks, factories and business districts. Distributed deployment with unified management via optional IoT platform.
Telecom Base Station Rooms
Carrier base stations and private network telecom rooms. Wide temperature tolerance fits outdoor environments, long lifespan reduces replacements.
Off-Grid Outdoor Monitoring Stations
Field and mining outdoor data monitoring stations. Works with PV for fully off-grid power supply, stable and maintenance-free.
Project Cases
Global Deployment Track Record
Proven stable operation in high-temperature, remote and complex grid scenarios, validated by long-term real-world deployment
Southeast Asia · Thailand
Industrial Park Edge Server Room
- · 30kW lithium titanate storage system, 2-hour backup
- · Stable in high-temperature high-humidity environments, no AC required
- · Optional IoT management reduces inspection costs
- · Compatible with existing UPS architecture for smooth upgrade
Middle East · UAE
Oil & Gas Field Outdoor Data Station
- · Integrated solar-storage solution, fully off-grid operation
- · Continuous stable performance at 55°C with no degradation
- · IP65 outdoor protection: dust, sand and corrosion resistant
- · Over 36 months of continuous failure-free operation
Africa · Kenya
Township Telecom Base Station
- · Unstable grid with 3~5 daily power outages
- · Millisecond switching ensures zero telecom interruption
- · Supplementary PV power reduces grid dependency
- · Remote unified management cuts on-site maintenance
Service Process
Full-Process One-Stop Service
From requirement consultation to post-delivery maintenance, a professional team follows up throughout to ensure project delivery and long-term stable operation
Requirement Consultation
Understand load, environment and special requirements
Solution Design
Deliver customized solution, quotation and benefit analysis
Production & Delivery
Factory pre-assembly and testing, fast finished-goods shipping
Installation & Commissioning
Professional on-site installation and system go-live
Maintenance Support
24/7 technical support and long-term warranty
FAQ
Frequently Asked Questions
For additional questions, please contact us for professional answers.
What is the switch time after grid outage, and will it cause equipment to restart?
The system uses an online parallel architecture with both grid and storage connected to the bus. When grid power fails, lithium titanate batteries instantly take over the load. Switch time is less than 1ms — a seamless, unnoticeable transition that will not cause servers or network equipment to restart or lose data.
Lithium titanate has lower energy density — will it take up too much space?
For small-medium server rooms and edge sites, we use a highly integrated module design. Overall footprint is comparable to lead-acid solutions of the same capacity. Additionally, lithium titanate systems require no extra temperature control equipment, giving them an advantage in actual floor space.
Is it compatible with existing UPS systems?
Fully compatible. The system supports direct DC-side connection to existing UPS battery bus to replace lead-acid packs; it can also be paralleled on the AC side as backup supplement. No large-scale modification of existing power distribution architecture is required, supporting smooth legacy upgrade.
Is the IoT cloud management function included as standard?
The IoT cloud management platform is an optional configuration, selectable based on actual operational needs. The platform supports encrypted transmission, hierarchical permission management, and on-premises private deployment to meet data security compliance requirements of different customers.
What is the warranty period of the system?
The standard complete machine comes with a 3-year warranty, and lithium titanate battery cells come with a 3-year warranty, extendable to 5 years on request. System design lifespan is over 10 years; no full battery replacement is required during the lifecycle under normal operating conditions.
